Strategic Subcarrier Allocation for Cooperative OFDMA Relaying Network

S. Lande, S. P. Shende, S. Pathak
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引用次数: 2

Abstract

Performance optimization of communication networks with quality of services (QOS) considerations for all active users is highly desirable. The growth of wireless multimedia applications requires high-speed and reliable communication over wireless channels of system. Throughput and fairness are important conflicting performance parameter in resource allocation for non-cooperative and cooperative OFDMA system for downlink transmission. Maximize the system throughput creates problem of unfairness among all user and while maintaining fairness, system throughput will degrade accordingly. In this paper, we proposed algorithm to provide a balanced approach to maintain throughput and fairness in the system and we designed the resources allocation algorithm for cooperative OFDMA system for downlink transmission, that algorithm maintain the fairness among the all user without affecting the throughput of the system. Our proposed subcarrier allocation fills the gap between the fairness-oriented and throughput-oriented algorithms and provides a balanced solution for subcarrier allocation in the system.
合作OFDMA中继网络的子载波策略分配
考虑到所有活动用户的服务质量(QOS)的通信网络性能优化是非常可取的。无线多媒体应用的发展要求系统在无线信道上进行高速、可靠的通信。在非合作和合作OFDMA下行传输系统中,吞吐量和公平性是资源分配中相互冲突的重要性能参数。最大化系统吞吐量会造成所有用户之间的不公平问题,在保持公平性的同时,系统吞吐量也会相应降低。本文提出了一种平衡系统吞吐量和公平性的算法,并设计了一种用于协同OFDMA系统下行传输的资源分配算法,该算法在不影响系统吞吐量的情况下保持了所有用户之间的公平性。我们提出的子载波分配算法填补了公平性导向算法和吞吐量导向算法之间的空白,为系统中的子载波分配提供了一种均衡的解决方案。
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